Agilent Technologies N5700 Series Manual de usuario descargar pdf

Introduction

This application note provides

a high-level overview of the

similarities and differences

between the Agilent N5700 and

the Sorensen DLM in order to

help current Sorensen DLM

owners easily convert from their

DLM to the more capable N5700A

Series.

It has been designed to

be used in conjunction with the

N5700 User’s Guide and data-

sheets as well as the Sorensen

DLM User’s Guide and data-

sheets. It is not a replacement

for any of the manuals and it is

recommended that a copy of all

the documentation mentioned

above be handy for reference

when reading this document.

Please see the references section on

page 8 for part numbers.

Three areas will be discussed

in this document: electrical,

programming/interfacing, and

mechanical. These sections will

cover such topics as the power

supply’s output power and pro-

tections (electrical), command

compatibility and calibration

(programming/interfacing), as

well as size and connector type

(mechanical).

Not much detail is provided

comparing the advantages and

disadvantages of the DLM when

compared to the N5700 in this

document. Please refer to the

reference section provided on

page 8 for details on how to

obtain AN 1502-1, which is a

side-by-side comparison of a

DLM60-10 to an N5747A.

The N5700 System

DC Power Supply

The Agilent N5700 Series

System DC power supplies give

you just the right performance

at just the right price, in a com-

pact (1U) package. This family

of affordable 750 W and 1500 W

single output programmable

DC power supplies simplifies

system development and are

ideal for simple DC power

applications. All models offer

GPIB, LAN, and USB 2.0

interfaces standard.

Model Selection

Table 1 below compares the

voltage, current and power

ratings of the N5700 and the

DLM in order to indicate how

the DLM 600 W models map

How to Convert from a Sorensen DLM

to an Agilent N5700

Application Note 1503-1

Agilent Technologies

Sorensen DLM Series 600 W Agilent N5700 Series 750 W

Model Voltage (V) Current (A) Power (W) Model Voltage (V) Current (A) Power (W)

DLM 5-75 5 75 375 N5741A 6 100 600

DLM 8-75 8 75 600 N5742A 8 90 720

N/A N/A N/A N/A N5743A 12.5 60 750

DLM 20-30 20 30 600 N5744A 20 38 760

N/A N/A N/A N/A N5745A 30 25 750

DLM 40-15 40 15 600 N5746A 40 19 760

DLM 60-10 60 10 600 N5747A 60 12.5 750

DLM 80-7.5 80 7.5 600 N5748A 80 9.5 760

N/A N/A N/A N/A N5749A 100 7.5 750

DLM 150-4 150 4 600 N5750A 150 5 750

DLM 300-2 300 2 600 N5751A 300 2.5 750

N/A N/A N/A N/A N5752A 600 1.3 780

Table 1. DLM to N5700 Power Supply Mapping

The N5700 Series also includes a family

of 1500-W power supplies

1 2 3 4 5 6 7 8

Indice de contenidos

Pagina 1 - Application Note 1503-1

IntroductionThis application note provides a high-level overview of the similarities and differencesbetween the Agilent N5700 andthe Sorensen DLM in o

Pagina 2

over to the N5700 power sup-plies. For example, if you owna Sorensen DLM5-75 5 V/75 Apower supply it is easilyreplaced by an Agilent N5741A6 V/100 A p

Pagina 3

ElectricalVoltage, Current, and PowerTable 1showed the models available in the Agilent N5700and Sorensen DLM productfamilies. It also showed thatthe N

Pagina 4

Parallel OperationUp to four DLM units of thesame model number can beconnected in parallel. The paralleled units operate in amaster/slave configuratio

Pagina 5

Front Panel Controls and Indicators Voltage DisplayThe DLM has a 3.5 digit, 7-segement LED display thatnormally indicates the outputvoltage, but also

Pagina 6

• The Ramp FunctionThe DLM’s M9G allows the user to transition from one voltage to another linearly in a specified time period. The N5700 does not hav

Pagina 7 - Input/Output Terminations

Location and CoolingA DLM is cooled by forced convection cooling with aninternal fan. The fan speed is variable as a function ofambient temperature an

Pagina 8 - Agilent Email Updates

References:[1] How to Convert from a Xantrex XFR to an Agilent N5700AN 1503-2 5989-1631EN[2] Side-by-Side Comparison:Agilent N5700 Series System DC So